Seismometer AF/AG plasma spray coating: It is one of the coating technologies with high wear resistance on the surface of microwave ovens!

Due to its high efficiency, environmental friendliness, and improved product performance, plasma spray coating machines can be widely used in many fields, such as electronic products, glass products, and the automotive industry. Plasma spray coating machines have the characteristics of high efficiency automation, energy conservation, environmental protection, and multifunctionality. After plasma spray coating, most materials not only have anti fingerprint and anti oil coating effects, but also can quickly clean the surface of the substrate, improve the bonding strength between the film and the substrate, and ensure the quality of the coating.

Let's first learn about its principle. The plasma spray coating machine is an advanced surface treatment equipment, which mainly works on the basis of high-energy ion beam assisted deposition to form coatings. By generating high-energy ion beams, the equipment generates plasma through radio frequency or DC arc discharge, which undergoes a series of physical and chemical reactions with surface materials, causing the coating material to deposit on the surface of the microwave oven, forming a uniform and dense coating.

The application of plasma spray coating in the fields of shock absorber AF/AG and tempered glass in microwave ovens has the following characteristics:

1. High deposition rate: Compared with traditional coating technology, plasma spray coating machine has a higher deposition rate and can quickly form a uniform and dense coating, thereby improving production efficiency.

2. Excellent coating performance: Plasma coating technology can prepare excellent coatings with high hardness, high wear resistance, high corrosion resistance, etc., which can significantly improve the service life and performance stability of microwave ovens.

3. Precise control: By precisely controlling the energy, flow rate, and deposition conditions of the ion beam, the performance and thickness of the coating can be precisely controlled to meet the specific requirements of microwave ovens for coating characteristics.

4. Uniformity and density: Form a uniform and dense coating that can effectively cover the micro concave convex structure on the surface of the microwave oven, improving the adhesion and corrosion resistance of the coating.

5. Environmental protection: No harmful solvents or chemicals are required during the plasma spraying coating process, which is environmentally friendly and meets current environmental protection requirements.

6. Plasma spray coating equipment can improve surface hardness and wear resistance, as well as enhance corrosion resistance.

The application of plasma spray coating technology on the surface of microwave ovens can achieve the preparation of various functional coatings such as anti-corrosion coatings and wear-resistant coatings. This type of coating not only improves the durability and aesthetics of microwave ovens, but also meets the diverse needs of consumers for microwave ovens.

For example, by using plasma spray coating technology, microwave ovens can be effectively prevented from corrosion and oxidation during use, thereby extending their service life. Meanwhile, the preparation of wear-resistant coatings can also improve the wear resistance of microwave oven surfaces, reducing scratches and wear caused by daily use.

Plasma spray coating equipment can provide physical isolation and chemical protection for the coating surface. For some metal shell microwave ovens, the coating can prevent corrosive substances (such as kitchen water vapor, acidic components in oil fume, etc.) and can directly contact the metal surface of the microwave oven. 

At the same time, some coating materials have chemical stability and can resist corrosion. After being treated by plasma spraying coating equipment, the possibility of surface corrosion in microwave ovens can be significantly reduced, allowing the microwave oven to maintain good appearance and performance after long-term use. Therefore, coating materials with hydrophobicity or low surface ability should be selected for plasma spraying. For example, some fluorinated polymer coatings deposited on the surface of a microwave oven can make it difficult for water droplets and oil stains to adhere, creating an effect similar to that of a lotus leaf surface. 

When cleaning the microwave oven, stains are easier to wipe off, reducing the difficulty and time of cleaning. Users can keep the surface of the microwave clean and tidy by gently wiping it with a damp cloth during daily maintenance.